Cookie Consent by TermsFeed.com

General Purpose Diodes & Rectifiers - Leaded

Surface Mount Types click here **IF in ascending order – low to high, *TC = +25°C
NTE
Type
No.
Material Description and Application Maximum
Average
Forward
Current
(Amps)
Maximum
Peak
Reverse
Voltage
(Volts)
Max Peak
Surge
Forward
Current
(Amps)
Maximum
Forward
Voltage
Drop
(Volts)
Reverse
Recovery
Time
(ns)
Case
Style
**IF PRV IFSM VF trr
6083 Si Schottky Barrier 10 45 150 0.57 @ 10A * - TO220
Case TO220Case TO220
TO220
enlarge icon
6080 Si Schottky Barrier 10 60 150 0.8 @ 10A -
6086 Si Schottky, Dual 10 100 150 0.8 @ 10A *
Per Element
- TO220
Case TO220Case TO220
TO220
enlarge icon
627 Si Fast Recovery, Dual Rectifier,
Positive Center Tap
12 200 120 1.3 @ 6A
Per Element
250
628 Si Fast Recovery, Dual Rectifier,
Positive Center Tap
12 600 120 1.3 @ 6A
Per Element
250
6085 Si Schottky, Dual 15 Per Device
7.5 Per Diode
45 150 0.84 @ 15A -
599 Si Ultra Fast Sw 15 200 250 0.975 @ 15A 35 TO220
Case TO220Case TO220
TO220
enlarge icon
629 Si Fast Recovery, Dual Rectifier,
Positive Center Tap
16 200 250 1.3 @ 8A
Per Element
150 TO220
Case TO220Case TO220
TO220
enlarge icon
6081 Si Schottky Barrier 16 45 150 0.63 @ 16A * - TO220
Case TO220Case TO220
TO220
enlarge icon
6082 Si Schottky Barrier 16 60 150 0.75 @ 16A * -
6248 Si Fast Rectifier 16 600 250 1.5 @ 8A 50
6240 Si Ultra Fast, Dual Center Tap,
Common Cathode
16 200 100 0.975 @ 8A
Per Element
35 TO220
Case TO220Case TO220
TO220
enlarge icon
6244 Si Ultra Fast, Dual Center Tap,
Common Anode
16 200 100 0.975 @ 8A
Per Element
35
644 Si Fast Recovery, Dual, Power 16 400 250 1.3 @ 8A 150
630 Si Fast Recovery, Dual Rectifier,
Positive Center Tap
16 600 250 1.3 @ 8A
Per Element
250
645 Si Fast Recovery, Dual, Power 16 600 250 1.3 @ 8A 250
6241 Si Super Fast, Dual Center Tap,
Common Cathode
16 600 100 1.5 @ 8A
Per Element
50
6087 Si Schottky, Dual for High Freq Output in Low Vltg, High Current Switching Regulator Pwr Supplies 30 45 150 0.82 @ 30A -
General Purpose Diodes & Rectifiers Selector Guide Navigation: Back | Next




Back